Open with CtrlK — press Esc to close
Writer
Diana Brinker holds a Bachelor of Science in Mechanical Engineering and a Bachelor of Arts in Physics from the University of Kentucky. She is an engineering and project management professional with experience in manufacturing, facilities engineering, automation, robotics, infrastructure planning, and continuous improvement in high-volume industrial environments.
Her background in physics and hands-on engineering has shaped her interest in how emerging technologies move from research into real-world applications. She follows advances in manufacturing, energy systems, and sustainable infrastructure, with a particular focus on the physics behind complex engineering challenges. Her curiosity also extends to astrophysics, the solar system, and space missions, with a particular interest in the engineering that makes scientific discovery and space exploration possible.
Diana is also committed to STEM education and community outreach. Through her work connecting industry with students and future engineers, she strives to make complex topics in physics and technology accessible to broader audiences.
For ALLATRA Media, Diana covers physics, space, robotics, and energy.
For years, the search for atmospheres on rocky exoplanets has mostly returned bad news. The small worlds that orbit red dwarfs sit close to stars that flare hard and blast them with radiation, and…
The Hills mechanism leaves two fossils, and astronomers have never been able to point at both halves of the same pair. A binary drifts too close to Sagittarius A*, the black hole of about four…
Radar waves at a wavelength of 3.5 centimeters penetrate no more than about 32 meters into Europa's surface, according to a bound reported by Tunhui Xie, Jean-Luc Margot and six co-authors from 13…
Microbes carried to the Moon on astronauts and their equipment could stay alive in shaded ground around the lunar south pole, NASA scientists report in a modeling study published Aug. 19 in Science…
For a few millionths of a second after the Big Bang, the universe was too hot for ordinary matter to exist. Protons and neutrons had not formed; instead, their constituents, quarks and gluons,…
NASA's Lunar Reconnaissance Orbiter has photographed the crater left when a spent Falcon 9 upper stage struck the Moon on Aug. 5. The crater measures about 60 feet across. The orbiter imaged the site…
Every clock is, at heart, a thing that ticks at a rate you can count on. A pendulum swings; a quartz crystal vibrates; in the best atomic clocks, electrons jump between two energy levels exactly so…
Point a camera at the heart of our galaxy and you get chaos: stars stacked thousands deep along the line of sight, glittering across the central bulge. ESA's Euclid telescope has now turned that…
In quantum technology, sometimes the most valuable thing in a material is a flaw. The most famous example lives in diamond, where a missing carbon atom paired with a nitrogen atom creates a defect…
Most humanoid robots are designed in the order you would expect. First, the engineers settle the body: the length of the limbs, where the motors sit, and how much each joint can push. Only then does…
In the year 1181, astronomers in China and Japan noted a new star in the sky, a "guest star" that lingered for months before fading. Eight and a half centuries later, that entry in the historical…
TESS has one job, and for eight years it has done it well: stare at stars and wait for a planet to cross in front of one, dimming its light by a fraction of a percent. That method, the transit, has a…